Welcome to the DMV Mesh!

Connection info below:

Meshtastic Connection Details

LoRA Information:

  • Frequency Slot: 20
  • Frequency: 906.875 MHz
  • OK to MQTT Enabled!

Channel Information:

Channel 1: LongFast (the default channel)

  • Key: AQ== (the default key)
  • Uplink: Enabled
  • Downlink: Enabled
  • Position Enabled (Optional)

Channel 2: DMV

  • Key: V468eBTqi/DTfft1b7fXFimccMWvkiBf790z4zcrfVM=
  • Uplink: Enabled
  • Downlink: Enabled
  • Position Enabled (Optional)

MQTT Configuration:

  • Server: mqtt.meshtastic.org (default)
  • Topic: msh/US/DMV
  • Encryption: Enabled

Ensure your Meshtastic devices are configured with these details for seamless connectivity within our network.

Other Meshtastic Networks in the Area

NoVA Mesh

  • Frequency Slot: 9
  • Private MQTT Server: Yes (restricted access)
  • Network Policy: Gatekept - selective access only

Note: NoVA Mesh uses their own private MQTT server and gatekeeps who connects to the network. They will not provide MQTT information publicly.

DC Mesh

  • Frequency Slot: 20 (same as DMV Mesh)
  • Compatibility: Automatic node discovery
  • Website: https://dcmesh.org/

Note: DC Mesh operates on the same frequency slot (20) as DMV Mesh, so you should automatically see all DC mesh nodes in the area. We recommend using the msh/US/DMV topic to ensure communication even when no local nodes are available. Their Discord link is https://discord.gg/Bd9xfDB9Rm

Current Mesh Map

View the live mesh network map to see active nodes and network coverage:

🗺️ Open MeshMap

About Meshtastic

Meshtastic is an innovative, open-source project designed to provide reliable, secure, and decentralized communication using LoRa (Long Range) radio technology. Ideal for situations where cellular networks or Wi-Fi are unavailable or unreliable, Meshtastic enables users to exchange text messages, share locations, and transmit sensor data over considerable distances.

Leveraging the power of LoRa, Meshtastic creates a mesh network, automatically routing messages between nodes to extend coverage beyond the direct reach of a single device. This decentralized approach ensures robust communication, as each device acts as both a transmitter and receiver, seamlessly passing messages through the network.

Common use cases for Meshtastic include outdoor adventures, disaster preparedness, remote sensor monitoring, and community communication networks. Its simplicity and low power requirements make it an excellent solution for staying connected when traditional infrastructure is compromised or unavailable.